a) \[0.253L^{2}mol^{-2}atm\]
b) \[0.53L^{2}mol^{-2}atm\]
c) \[1.853L^{2}mol^{-2}atm\]
d) \[1.253L^{2}mol^{-2}atm\]
Answer: d
Explanation:
The compression factor (compressibility factor) for 1 mole of a van der Waal’s gas at 0°C and 100 atm pressure if found to be 0.5. Assuming that the volume of gas molecules is negligible, calculate the van der Waal’s constant ‘a’.
The compression factor (compressibility factor) for 1 mole of a van der Waal’s gas at 0°C and 100 atm pressure if found to be 0.5. Assuming that the volume of gas molecules is
negligible, calculate the van der Waal’s constant ‘a’.
a) \[0.253L^{2}mol^{-2}atm\]
b) \[0.53L^{2}mol^{-2}atm\]
c) \[1.853L^{2}mol^{-2}atm\]
d) \[1.253L^{2}mol^{-2}atm\]
Answer: d
Explanation:
a) \[0.253L^{2}mol^{-2}atm\]
b) \[0.53L^{2}mol^{-2}atm\]
c) \[1.853L^{2}mol^{-2}atm\]
d) \[1.253L^{2}mol^{-2}atm\]
Answer: d
Explanation:
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